diff --git a/tools/data-channel-sctp-streamed.c b/tools/data-channel-sctp-streamed.c
new file mode 100644
index 0000000..c998238
--- /dev/null
+++ b/tools/data-channel-sctp-streamed.c
@@ -0,0 +1,545 @@
+#include "helper/handler.h"
+#include "helper/parameters.h"
+#include "helper/utils.h"
+#include <rawrtc.h>
+#include <rawrtcc.h>
+#include <rawrtcdc.h>
+#include <re.h>
+#include <stdlib.h>  // exit
+#include <string.h>  // memcpy
+#include <unistd.h>  // STDIN_FILENO
+
+#define DEBUG_MODULE "data-channel-sctp-streamed-app"
+#define DEBUG_LEVEL 7
+#include <re_dbg.h>
+
+enum {
+    TRANSPORT_BUFFER_LENGTH = 1048576,  // 1 MiB
+    DEFAULT_MESSAGE_LENGTH = 1073741823,  // 1 GiB
+};
+
+struct parameters {
+    struct rawrtc_ice_parameters* ice_parameters;
+    struct rawrtc_ice_candidates* ice_candidates;
+    struct rawrtc_dtls_parameters* dtls_parameters;
+    struct sctp_parameters sctp_parameters;
+};
+
+// Note: Shadows struct client
+struct data_channel_sctp_streamed_client {
+    char* name;
+    char** ice_candidate_types;
+    size_t n_ice_candidate_types;
+    struct rawrtc_ice_gather_options* gather_options;
+    enum rawrtc_ice_role role;
+    struct rawrtc_certificate* certificate;
+    struct rawrtc_ice_gatherer* gatherer;
+    struct rawrtc_ice_transport* ice_transport;
+    struct rawrtc_dtls_transport* dtls_transport;
+    struct rawrtc_sctp_transport* sctp_transport;
+    struct rawrtc_data_transport* data_transport;
+    struct data_channel_helper* data_channel_negotiated;
+    struct data_channel_helper* data_channel;
+    struct list other_data_channels;
+    struct parameters local_parameters;
+    struct parameters remote_parameters;
+};
+
+static void print_local_parameters(struct data_channel_sctp_streamed_client* client);
+
+static struct tmr timer = {0};
+
+static void timer_handler(void* arg) {
+    struct data_channel_helper* const channel = arg;
+    struct data_channel_sctp_streamed_client* const client =
+        (struct data_channel_sctp_streamed_client*) channel->client;
+    uint64_t max_message_size = DEFAULT_MESSAGE_LENGTH;  // Default to 1 GiB
+    struct mbuf* buffer;
+    enum rawrtc_code error;
+    enum rawrtc_dtls_role role;
+
+    // Get the remote peer's maximum message size
+    EOE(rawrtc_sctp_capabilities_get_max_message_size(
+        &max_message_size, client->remote_parameters.sctp_parameters.capabilities));
+    if (max_message_size > 0) {
+        max_message_size = min(DEFAULT_MESSAGE_LENGTH, max_message_size);
+    } else {
+        max_message_size = DEFAULT_MESSAGE_LENGTH;
+    }
+
+    // Compose message
+    buffer = mbuf_alloc(max_message_size);
+    EOE(buffer ? RAWRTC_CODE_SUCCESS : RAWRTC_CODE_NO_MEMORY);
+    EOR(mbuf_fill(buffer, 'M', mbuf_get_space(buffer)));
+    mbuf_set_pos(buffer, 0);
+
+    // Send message
+    // TODO: Send streamed once this is implemented
+    DEBUG_PRINTF("(%s) Sending %zu bytes\n", client->name, mbuf_get_left(buffer));
+    error = rawrtc_data_channel_send(channel->channel, buffer, true);
+    if (error) {
+        DEBUG_WARNING("Could not send, reason: %s\n", rawrtc_code_to_str(error));
+    }
+    mem_deref(buffer);
+
+    // Get DTLS role
+    EOE(rawrtc_dtls_parameters_get_role(&role, client->local_parameters.dtls_parameters));
+    if (role == RAWRTC_DTLS_ROLE_CLIENT) {
+        // Close bear-noises
+        DEBUG_PRINTF("(%s) Closing channel\n", client->name, channel->label);
+        EOR(rawrtc_data_channel_close(client->data_channel->channel));
+    }
+}
+
+static void data_channel_open_handler(void* const arg) {
+    struct data_channel_helper* const channel = arg;
+    struct data_channel_sctp_streamed_client* const client =
+        (struct data_channel_sctp_streamed_client*) channel->client;
+    struct mbuf* buffer;
+    enum rawrtc_code error;
+
+    // Print open event
+    default_data_channel_open_handler(arg);
+
+    // Send data delayed on bear-noises
+    if (str_cmp(channel->label, "bear-noises") == 0) {
+        tmr_start(&timer, 30000, timer_handler, channel);
+        return;
+    }
+
+    // Compose message (8 KiB)
+    buffer = mbuf_alloc(1 << 13);
+    EOE(buffer ? RAWRTC_CODE_SUCCESS : RAWRTC_CODE_NO_MEMORY);
+    EOR(mbuf_fill(buffer, 'M', mbuf_get_space(buffer)));
+    mbuf_set_pos(buffer, 0);
+
+    // Send message
+    // TODO: Send streamed once this is implemented
+    DEBUG_PRINTF("(%s) Sending %zu bytes\n", client->name, mbuf_get_left(buffer));
+    error = rawrtc_data_channel_send(channel->channel, buffer, true);
+    if (error) {
+        DEBUG_WARNING("Could not send, reason: %s\n", rawrtc_code_to_str(error));
+    }
+    mem_deref(buffer);
+}
+
+static void data_channel_handler(
+    struct rawrtc_data_channel* const channel,  // read-only, MUST be referenced when used
+    void* const arg) {
+    struct data_channel_sctp_streamed_client* const client = arg;
+    struct data_channel_helper* channel_helper;
+
+    // Print data channel event
+    default_data_channel_handler(channel, arg);
+
+    // Create data channel helper instance & add to list
+    // Note: In this case we need to reference the channel because we have not created it
+    data_channel_helper_create_from_channel(&channel_helper, mem_ref(channel), arg, NULL);
+    list_append(&client->other_data_channels, &channel_helper->le, channel_helper);
+
+    // Set handler argument & handlers
+    EOE(rawrtc_data_channel_set_arg(channel, channel_helper));
+    EOE(rawrtc_data_channel_set_open_handler(channel, data_channel_open_handler));
+    EOE(rawrtc_data_channel_set_buffered_amount_low_handler(
+        channel, default_data_channel_buffered_amount_low_handler));
+    EOE(rawrtc_data_channel_set_error_handler(channel, default_data_channel_error_handler));
+    EOE(rawrtc_data_channel_set_close_handler(channel, default_data_channel_close_handler));
+    EOE(rawrtc_data_channel_set_message_handler(channel, default_data_channel_message_handler));
+
+    // Enable streaming mode
+    EOE(rawrtc_data_channel_set_streaming(channel, true));
+}
+
+static void ice_gatherer_local_candidate_handler(
+    struct rawrtc_ice_candidate* const candidate,
+    char const* const url,  // read-only
+    void* const arg) {
+    struct data_channel_sctp_streamed_client* const client = arg;
+
+    // Print local candidate
+    default_ice_gatherer_local_candidate_handler(candidate, url, arg);
+
+    // Print local parameters (if last candidate)
+    if (!candidate) {
+        print_local_parameters(client);
+    }
+}
+
+static void dtls_transport_state_change_handler(
+    enum rawrtc_dtls_transport_state const state,  // read-only
+    void* const arg) {
+    struct data_channel_sctp_streamed_client* const client = arg;
+
+    // Print state
+    default_dtls_transport_state_change_handler(state, arg);
+
+    // Open? Create new data channel
+    // TODO: Move this once we can create data channels earlier
+    if (state == RAWRTC_DTLS_TRANSPORT_STATE_CONNECTED) {
+        enum rawrtc_dtls_role role;
+
+        // Renew DTLS parameters
+        mem_deref(client->local_parameters.dtls_parameters);
+        EOE(rawrtc_dtls_transport_get_local_parameters(
+            &client->local_parameters.dtls_parameters, client->dtls_transport));
+
+        // Get DTLS role
+        EOE(rawrtc_dtls_parameters_get_role(&role, client->local_parameters.dtls_parameters));
+        DEBUG_PRINTF("(%s) DTLS role: %s\n", client->name, rawrtc_dtls_role_to_str(role));
+
+        // Client? Create data channel
+        if (role == RAWRTC_DTLS_ROLE_CLIENT) {
+            struct rawrtc_data_channel_parameters* channel_parameters;
+
+            // Create data channel helper
+            data_channel_helper_create(
+                &client->data_channel, (struct client*) client, "bear-noises");
+
+            // Create data channel parameters
+            EOE(rawrtc_data_channel_parameters_create(
+                &channel_parameters, client->data_channel->label,
+                RAWRTC_DATA_CHANNEL_TYPE_RELIABLE_UNORDERED, 0, NULL, false, 0));
+
+            // Create data channel
+            EOE(rawrtc_data_channel_create(
+                &client->data_channel->channel, client->data_transport, channel_parameters,
+                data_channel_open_handler, default_data_channel_buffered_amount_low_handler,
+                default_data_channel_error_handler, default_data_channel_close_handler,
+                default_data_channel_message_handler, client->data_channel));
+
+            // Enable streaming mode
+            EOE(rawrtc_data_channel_set_streaming(client->data_channel->channel, true));
+
+            // Un-reference
+            mem_deref(channel_parameters);
+        }
+    }
+}
+
+static void client_init(struct data_channel_sctp_streamed_client* const client) {
+    struct rawrtc_certificate* certificates[1];
+    struct rawrtc_data_channel_parameters* channel_parameters;
+
+    // Generate certificates
+    EOE(rawrtc_certificate_generate(&client->certificate, NULL));
+    certificates[0] = client->certificate;
+
+    // Create ICE gatherer
+    EOE(rawrtc_ice_gatherer_create(
+        &client->gatherer, client->gather_options, default_ice_gatherer_state_change_handler,
+        default_ice_gatherer_error_handler, ice_gatherer_local_candidate_handler, client));
+
+    // Create ICE transport
+    EOE(rawrtc_ice_transport_create(
+        &client->ice_transport, client->gatherer, default_ice_transport_state_change_handler,
+        default_ice_transport_candidate_pair_change_handler, client));
+
+    // Create DTLS transport
+    EOE(rawrtc_dtls_transport_create(
+        &client->dtls_transport, client->ice_transport, certificates, ARRAY_SIZE(certificates),
+        dtls_transport_state_change_handler, default_dtls_transport_error_handler, client));
+
+    // Create SCTP transport
+    EOE(rawrtc_sctp_transport_create(
+        &client->sctp_transport, client->dtls_transport,
+        client->local_parameters.sctp_parameters.port, data_channel_handler,
+        default_sctp_transport_state_change_handler, client));
+    EOE(rawrtc_sctp_transport_set_buffer_length(
+        client->sctp_transport, TRANSPORT_BUFFER_LENGTH, TRANSPORT_BUFFER_LENGTH));
+
+    // Get data transport
+    EOE(rawrtc_sctp_transport_get_data_transport(&client->data_transport, client->sctp_transport));
+
+    // Create data channel helper
+    data_channel_helper_create(
+        &client->data_channel_negotiated, (struct client*) client, "cat-noises");
+
+    // Create data channel parameters
+    EOE(rawrtc_data_channel_parameters_create(
+        &channel_parameters, client->data_channel_negotiated->label,
+        RAWRTC_DATA_CHANNEL_TYPE_RELIABLE_ORDERED, 0, NULL, true, 0));
+
+    // Create pre-negotiated data channel
+    EOE(rawrtc_data_channel_create(
+        &client->data_channel_negotiated->channel, client->data_transport, channel_parameters,
+        data_channel_open_handler, default_data_channel_buffered_amount_low_handler,
+        default_data_channel_error_handler, default_data_channel_close_handler,
+        default_data_channel_message_handler, client->data_channel_negotiated));
+
+    // Enable streaming mode
+    EOE(rawrtc_data_channel_set_streaming(client->data_channel_negotiated->channel, true));
+
+    // Un-reference
+    mem_deref(channel_parameters);
+}
+
+static void client_start_gathering(struct data_channel_sctp_streamed_client* const client) {
+    // Start gathering
+    EOE(rawrtc_ice_gatherer_gather(client->gatherer, NULL));
+}
+
+static void client_start_transports(struct data_channel_sctp_streamed_client* const client) {
+    struct parameters* const remote_parameters = &client->remote_parameters;
+
+    // Start ICE transport
+    EOE(rawrtc_ice_transport_start(
+        client->ice_transport, client->gatherer, remote_parameters->ice_parameters, client->role));
+
+    // Start DTLS transport
+    EOE(rawrtc_dtls_transport_start(client->dtls_transport, remote_parameters->dtls_parameters));
+
+    // Start SCTP transport
+    EOE(rawrtc_sctp_transport_start(
+        client->sctp_transport, remote_parameters->sctp_parameters.capabilities,
+        remote_parameters->sctp_parameters.port));
+}
+
+static void parameters_destroy(struct parameters* const parameters) {
+    // Un-reference
+    parameters->ice_parameters = mem_deref(parameters->ice_parameters);
+    parameters->ice_candidates = mem_deref(parameters->ice_candidates);
+    parameters->dtls_parameters = mem_deref(parameters->dtls_parameters);
+    if (parameters->sctp_parameters.capabilities) {
+        parameters->sctp_parameters.capabilities =
+            mem_deref(parameters->sctp_parameters.capabilities);
+    }
+}
+
+static void client_stop(struct data_channel_sctp_streamed_client* const client) {
+    // Clear other data channels
+    list_flush(&client->other_data_channels);
+
+    if (client->sctp_transport) {
+        EOE(rawrtc_sctp_transport_stop(client->sctp_transport));
+    }
+    if (client->dtls_transport) {
+        EOE(rawrtc_dtls_transport_stop(client->dtls_transport));
+    }
+    if (client->ice_transport) {
+        EOE(rawrtc_ice_transport_stop(client->ice_transport));
+    }
+    if (client->gatherer) {
+        EOE(rawrtc_ice_gatherer_close(client->gatherer));
+    }
+
+    // Un-reference & close
+    parameters_destroy(&client->remote_parameters);
+    parameters_destroy(&client->local_parameters);
+    client->data_channel = mem_deref(client->data_channel);
+    client->data_channel_negotiated = mem_deref(client->data_channel_negotiated);
+    client->data_transport = mem_deref(client->data_transport);
+    client->sctp_transport = mem_deref(client->sctp_transport);
+    client->dtls_transport = mem_deref(client->dtls_transport);
+    client->ice_transport = mem_deref(client->ice_transport);
+    client->gatherer = mem_deref(client->gatherer);
+    client->certificate = mem_deref(client->certificate);
+    client->gather_options = mem_deref(client->gather_options);
+
+    // Stop listening on STDIN
+    fd_close(STDIN_FILENO);
+}
+
+static void client_set_parameters(struct data_channel_sctp_streamed_client* const client) {
+    struct parameters* const remote_parameters = &client->remote_parameters;
+
+    // Set remote ICE candidates
+    EOE(rawrtc_ice_transport_set_remote_candidates(
+        client->ice_transport, remote_parameters->ice_candidates->candidates,
+        remote_parameters->ice_candidates->n_candidates));
+}
+
+static void parse_remote_parameters(int flags, void* arg) {
+    struct data_channel_sctp_streamed_client* const client = arg;
+    enum rawrtc_code error;
+    struct odict* dict = NULL;
+    struct odict* node = NULL;
+    struct rawrtc_ice_parameters* ice_parameters = NULL;
+    struct rawrtc_ice_candidates* ice_candidates = NULL;
+    struct rawrtc_dtls_parameters* dtls_parameters = NULL;
+    struct sctp_parameters sctp_parameters = {0};
+    (void) flags;
+
+    // Get dict from JSON
+    error = get_json_stdin(&dict);
+    if (error) {
+        goto out;
+    }
+
+    // Decode JSON
+    error |= dict_get_entry(&node, dict, "iceParameters", ODICT_OBJECT, true);
+    error |= get_ice_parameters(&ice_parameters, node);
+    error |= dict_get_entry(&node, dict, "iceCandidates", ODICT_ARRAY, true);
+    error |= get_ice_candidates(&ice_candidates, node, arg);
+    error |= dict_get_entry(&node, dict, "dtlsParameters", ODICT_OBJECT, true);
+    error |= get_dtls_parameters(&dtls_parameters, node);
+    error |= dict_get_entry(&node, dict, "sctpParameters", ODICT_OBJECT, true);
+    error |= get_sctp_parameters(&sctp_parameters, node);
+
+    // Ok?
+    if (error) {
+        DEBUG_WARNING("Invalid remote parameters\n");
+        if (sctp_parameters.capabilities) {
+            mem_deref(sctp_parameters.capabilities);
+        }
+        goto out;
+    }
+
+    // Set parameters & start transports
+    client->remote_parameters.ice_parameters = mem_ref(ice_parameters);
+    client->remote_parameters.ice_candidates = mem_ref(ice_candidates);
+    client->remote_parameters.dtls_parameters = mem_ref(dtls_parameters);
+    memcpy(&client->remote_parameters.sctp_parameters, &sctp_parameters, sizeof(sctp_parameters));
+    DEBUG_INFO("Applying remote parameters\n");
+    client_set_parameters(client);
+    client_start_transports(client);
+
+out:
+    // Un-reference
+    mem_deref(dtls_parameters);
+    mem_deref(ice_candidates);
+    mem_deref(ice_parameters);
+    mem_deref(dict);
+
+    // Exit?
+    if (error == RAWRTC_CODE_NO_VALUE) {
+        DEBUG_NOTICE("Exiting\n");
+
+        // Stop client & bye
+        client_stop(client);
+        tmr_cancel(&timer);
+        re_cancel();
+    }
+}
+
+static void client_get_parameters(struct data_channel_sctp_streamed_client* const client) {
+    struct parameters* const local_parameters = &client->local_parameters;
+
+    // Get local ICE parameters
+    EOE(rawrtc_ice_gatherer_get_local_parameters(
+        &local_parameters->ice_parameters, client->gatherer));
+
+    // Get local ICE candidates
+    EOE(rawrtc_ice_gatherer_get_local_candidates(
+        &local_parameters->ice_candidates, client->gatherer));
+
+    // Get local DTLS parameters
+    EOE(rawrtc_dtls_transport_get_local_parameters(
+        &local_parameters->dtls_parameters, client->dtls_transport));
+
+    // Get local SCTP parameters
+    EOE(rawrtc_sctp_transport_get_capabilities(&local_parameters->sctp_parameters.capabilities));
+    EOE(rawrtc_sctp_transport_get_port(
+        &local_parameters->sctp_parameters.port, client->sctp_transport));
+}
+
+static void print_local_parameters(struct data_channel_sctp_streamed_client* client) {
+    struct odict* dict;
+    struct odict* node;
+
+    // Get local parameters
+    client_get_parameters(client);
+
+    // Create dict
+    EOR(odict_alloc(&dict, 16));
+
+    // Create nodes
+    EOR(odict_alloc(&node, 16));
+    set_ice_parameters(client->local_parameters.ice_parameters, node);
+    EOR(odict_entry_add(dict, "iceParameters", ODICT_OBJECT, node));
+    mem_deref(node);
+    EOR(odict_alloc(&node, 16));
+    set_ice_candidates(client->local_parameters.ice_candidates, node);
+    EOR(odict_entry_add(dict, "iceCandidates", ODICT_ARRAY, node));
+    mem_deref(node);
+    EOR(odict_alloc(&node, 16));
+    set_dtls_parameters(client->local_parameters.dtls_parameters, node);
+    EOR(odict_entry_add(dict, "dtlsParameters", ODICT_OBJECT, node));
+    mem_deref(node);
+    EOR(odict_alloc(&node, 16));
+    set_sctp_parameters(client->sctp_transport, &client->local_parameters.sctp_parameters, node);
+    EOR(odict_entry_add(dict, "sctpParameters", ODICT_OBJECT, node));
+    mem_deref(node);
+
+    // Print JSON
+    DEBUG_INFO("Local Parameters:\n%H\n", json_encode_odict, dict);
+
+    // Un-reference
+    mem_deref(dict);
+}
+
+static void exit_with_usage(char* program) {
+    DEBUG_WARNING("Usage: %s <0|1 (ice-role)> [<sctp-port>] [<ice-candidate-type> ...]", program);
+    exit(1);
+}
+
+int main(int argc, char* argv[argc + 1]) {
+    char** ice_candidate_types = NULL;
+    size_t n_ice_candidate_types = 0;
+    enum rawrtc_ice_role role;
+    struct rawrtc_ice_gather_options* gather_options;
+    char* const turn_zwuenf_org_urls[] = {"stun:turn.zwuenf.org"};
+    struct data_channel_sctp_streamed_client client = {0};
+    (void) client.ice_candidate_types;
+    (void) client.n_ice_candidate_types;
+
+    // Debug
+    dbg_init(DBG_DEBUG, DBG_ALL);
+    DEBUG_PRINTF("Init\n");
+
+    // Initialise
+    EOE(rawrtc_init(true));
+
+    // Check arguments length
+    if (argc < 2) {
+        exit_with_usage(argv[0]);
+    }
+
+    // Get ICE role
+    if (get_ice_role(&role, argv[1])) {
+        exit_with_usage(argv[0]);
+    }
+
+    // Get SCTP port (optional)
+    if (argc >= 3 && !str_to_uint16(&client.local_parameters.sctp_parameters.port, argv[2])) {
+        exit_with_usage(argv[0]);
+    }
+
+    // Get enabled ICE candidate types to be added (optional)
+    if (argc >= 4) {
+        ice_candidate_types = &argv[3];
+        n_ice_candidate_types = (size_t) argc - 3;
+    }
+
+    // Create ICE gather options
+    EOE(rawrtc_ice_gather_options_create(&gather_options, RAWRTC_ICE_GATHER_POLICY_ALL));
+
+    // Add ICE servers to ICE gather options
+    EOE(rawrtc_ice_gather_options_add_server(
+        gather_options, turn_zwuenf_org_urls, ARRAY_SIZE(turn_zwuenf_org_urls), NULL, NULL,
+        RAWRTC_ICE_CREDENTIAL_TYPE_NONE));
+
+    // Set client fields
+    client.name = "A";
+    client.ice_candidate_types = ice_candidate_types;
+    client.n_ice_candidate_types = n_ice_candidate_types;
+    client.gather_options = gather_options;
+    client.role = role;
+    list_init(&client.other_data_channels);
+
+    // Setup client
+    client_init(&client);
+
+    // Start gathering
+    client_start_gathering(&client);
+
+    // Listen on stdin
+    EOR(fd_listen(STDIN_FILENO, FD_READ, parse_remote_parameters, &client));
+
+    // Start main loop
+    EOR(re_main(default_signal_handler));
+
+    // Stop client & bye
+    client_stop(&client);
+    before_exit();
+    return 0;
+}